Metrics¶
Pypianoroll provides a number of metrics for pianorolls. These can be useful for evaluating generative models of music.
Functions¶
-
pypianoroll.metrics.
empty_beat_rate
(pianoroll, beat_resolution)[source]¶ Return the ratio of empty beats to the total number of beats in a pianoroll.
-
pypianoroll.metrics.
n_pitches_used
(pianoroll)[source]¶ Return the number of unique pitches used in a pianoroll.
-
pypianoroll.metrics.
n_pitch_classes_used
(pianoroll)[source]¶ Return the number of unique pitch classes used in a pianoroll.
-
pypianoroll.metrics.
qualified_note_rate
(pianoroll, threshold=2)[source]¶ Return the ratio of the number of the qualified notes (notes longer than threshold (in time step)) to the total number of notes in a pianoroll.
-
pypianoroll.metrics.
polyphonic_rate
(pianoroll, threshold=2)[source]¶ Return the ratio of the number of time steps where the number of pitches being played is larger than threshold to the total number of time steps in a pianoroll.
-
pypianoroll.metrics.
drum_in_pattern_rate
(pianoroll, beat_resolution, tolerance=0.1)[source]¶ Return the ratio of the number of drum notes that lie on the drum pattern (i.e., at certain time steps) to the total number of drum notes.
-
pypianoroll.metrics.
in_scale_rate
(pianoroll, key=3, kind='major')[source]¶ Return the ratio of the number of nonzero entries that lie in a specific scale to the total number of nonzero entries in a pianoroll. Default to C major scale.
-
pypianoroll.metrics.
tonal_distance
(pianoroll_1, pianoroll_2, beat_resolution, r1=1.0, r2=1.0, r3=0.5)[source]¶ Return the tonal distance [1] between the two input pianorolls.
- [1] Christopher Harte, Mark Sandler, and Martin Gasser. Detecting harmonic
change in musical audio. In Proc. ACM Workshop on Audio and Music Computing Multimedia, 2006.


- A
-
Aadi
-
Aakash
-
Abhay
-
Abhinav
-
Aditya
- B
-
Bhairav
-
Bhargava
-
Bhooshan
-
Brijesh
- C
-
Chaitan
-
Chandrakumar
-
Chinmay
-
Chirag
-
Chiranjeevi
- D
-
Danish
-
Darshan


◆ get()
Obtain a native C++ pointer to the object
- Returns
- the address of the object pointed at
◆ isnull()
Test if the pointer is set to nullptr
- Returns
- true if either the internal pointer or the WeakPointerBase is nullptr
◆ isset()
Test if the pointer is set to an object
- Returns
- true if neither the internal pointer or the WeakPointerBase is nullptr
◆ operator*()
retrieve a reference to the address of the object pointed at
◆ operator->()
retrieve a reference to the address of the object pointed at
◆ operator=()
Set the internal value. Attaching / Detaching as requried
- Parameters
-
- Returns
- ourself
◆ set()
Set to point to a different target. Attaching / Detaching as requried occasionaally useful as a replacement for the assignment operator.
- Parameters
-
The documentation for this class was generated from the following file:


First Initialize address space by a ";" separated list of component lengths. i.e 10;10;12 defines a 32 bits address space with two levels page tables. 12 bits offset. Then, enter addresses to access by CPU. Page tables will be allocated and the new setup will be shown.


Picking a language when you're learning to code can be overwhelming. This quiz will offer some suggestions to help you choose.


Symbol Index for "Subject Characteristic"
Symbol Index for diagram
"Subject Characteristic"
Category Valued Characteristic (Class)
characteristic for (Association)
classifier (Association)
Fundamental Characteristic (Class)
Image Valued Characteristic (Class)
Inter Subject Relationship (Class)
Involvement In Incident (Class)
Measured Characteristic (Class)
SCH/Value Type (Generalization Node)
SPr/Association (Generalization Node)
Subject Characteristic (Class)
Subject Characteristic Type (Class)
Subject Location (Class)
Subject Property (Class)
Text Valued Characteristic (Class)
Timepoint Valued Characteristic (Class)


Active Working Projects
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If there's a little demon who's making your life miserable, ``Air Bud: Golden Receiver'' offers a prime opportunity for sweet revenge. Subject any wild child to 90 minutes of this charmless, preachy and flabbergastingly dull excuse for a movie and the kid will promise you anything in exchange for directions to the door.
The original ``Air Bud'' introduced us to Buddy, a golden retriever with a knack for playing basketball. Amateurishly made, written and acted, this slipshod sequel finds Buddy broadening his horizons by joining the local junior high school football team alongside his drippy 13-year-old owner Josh (Kevin Zegers).
Any vague amusement prompted by the initial sight of the Budster in his canine-size helmet and customized shoulder pads evaporates as the gridiron sequences prove to be nothing more than lazy, badly staged slapstick even young viewers will be hard-pressed to laugh at.
When he's not passing the pigskin, Josh is brooding about his mom Jackie (Cynthia Stevenson) and her budding romance with veterinarian Patrick (Gregory Harrison). At one point Josh gets so perturbed he almost boards a train to San Francisco, but anyone hoping the movie might turn into an eye-opening study of the seamy lives of runaway boys in big cities will be sorely disappointed.
Even the sickening sweetness of the domestic drama is easier to tolerate than the just plain sickening antics of Nora Dunn and Perry Anzilotti as a pair of moronic Russian circus owners trying to add Buddy to their menagerie.
Seeing such former TV faves as Stevenson, Harrison and particularly Dunn striving to maintain some kind of dignity while acting in the company of Tim Conway and a ghoulish-looking Dick Martin provokes sympathetic embarassment, not chuckles.
Director Richard Martin - perhaps you've caught some of his other cinematic jewels, such as ``White Tiger'' and ``North of Pittsburgh'' - is inordinantly fond of medium close-ups, regardless of whether or not they suit the scene. Often it's a challenge to figure out exactly what's happening in the movie and most viewers will give up trying long before the last reel.
James Sanford
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Related links: index of all rec.arts.movies.reviews reviews


Dog walker caught on surveillance camera stealing valuables, woman says
NEW YORK (WCBS/CNN) - A woman hired through a popular app to walk another woman's dogs was caught on camera cleaning out the home of valuables.
"The bag, the jewelry, the makeup, that was probably anywhere between $700 and $800 in total," Shayna Bryan said.
A Wag! walker was captured on Bryan's home surveillance, and is even seen trying to swipe a winter coat worth thousands.
The dogs she was supposed to be walking stand by, but they weren’t the only ones watching.
"I immediately sounded the alarm because I was watching it live on my video camera,” Bryan said.
Bryan says she notified police and after trying to contact Wag! three times, she posted the video on social media.
"It took five days and basically a Facebook post going viral before they would respond, which was really disappointing and frustrating because I thought they would make something like this a top priority,” Bryan said.
WCBS spoke to Wag! representatives who said they have a vetting process for their walkers that includes a criminal background check, Social Security number trace and a facial recognition check.
"It's not going to show on your background check if you've never done it before,” Bryan said.
Wag! said they're working directly with police on the investigation, refunded Bryan for the walk and deactivated the walker's account.
Bryan may not be able to recover her losses.
"They said I need to provide receipts for anything that was stolen, so If I don't have receipts, I may not get reimbursed,” she said.
Bryan wants others to be cautious of apps like Wag!
"I would say find a trustworthy person and find someone that you actually know and can get their full information because I don't even know this woman's full information,” Bryan said.


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- Subtitle


These links will take you to the puzzles page for the issue of The Sunday Times. You may need to click on Show More to see the Jumbo GK Crossword.
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Last modified: 2021-01-27T22:23:25+00:00


|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| Parser.ActionHandler | The parser knows how to handle the terminal and non-terminal symbols. |
| SkipParser.SkipHandler | The clients implement this interface to skip symbols and actions. |
| Class Summary | |
|---|---|
| JsonGrammarGenerator | The class that generates a grammar suitable to parse Avro data in JSON format. |
| Parser | Parser is the class that maintains the stack for parsing. |
| ResolvingGrammarGenerator | The class that generates a resolving grammar to resolve between two schemas. |
| SkipParser | A parser that capable of skipping as well read and write. |
| Symbol | Symbol is the base of all symbols (terminals and non-terminals) of the grammar. |
| Symbol.Alternative | |
| Symbol.DefaultStartAction | |
| Symbol.EnumAdjustAction | |
| Symbol.EnumLabelsAction | For JSON. |
| Symbol.ErrorAction | |
| Symbol.FieldAdjustAction | |
| Symbol.FieldOrderAction | |
| Symbol.ImplicitAction | |
| Symbol.IntCheckAction | |
| Symbol.Repeater | |
| Symbol.ResolvingAction | |
| Symbol.Root | |
| Symbol.Sequence | |
| Symbol.SkipAction | |
| Symbol.UnionAdjustAction | |
| Symbol.WriterUnionAction | |
| ValidatingGrammarGenerator | The class that generates validating grammar. |
| Enum Summary | |
|---|---|
| Symbol.Kind |
Implementation of Avro schemas as LL(1) grammars.
See parser documentation for details on how this is achieved.
The classes in this package are used by
ValidatingEncoder
,
ValidatingDecoder
,
ResolvingDecoder
,
JsonEncoder
and
JsonDecoder
,
Unless one plans to generate a variation of the grammar or use a grammar, one not need to understand these classes.
|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


UK man jailed for creeping into sleeping victim’s home and kissing her
A 41-year-old man who crept into his sleeping victim’s home and started kissing her has been jailed for eight years.
Thames Valley Police said Ian Essom, of Ludlow Close, Northampton, entered the property in Olney at around 1am on November 18 last year as his victim was asleep in bed.
When she resisted his advances, Essom restrained her before eventually leaving the property.

When sentenced at the same court on Thursday, he was jailed for eight years and placed on the sex offenders register for life.
In August 2018, Essom was given a two-year restraining order for repeatedly staring at a 21-year-old woman as she worked late shifts at a petrol station in April of that year.
Following his arrest, he was found guilty of harassment and given a 12-week prison sentence, suspended for 12 months, police said.
Speaking after Essom was jailed on Thursday, Detective Constable Kim McHugh said: “I would like to thank the victim for coming forward to police and for supporting us with the investigation.
“She has shown great strength in giving evidence at trial.
“Thames Valley Police does not tolerate this behaviour and we will work tirelessly to investigate thoroughly and bring offenders to justice.
“I hope this conviction gives others the confidence to come forward and make a report to the police.”
READ MORE
Prince Andrew says he stayed with Epstein as it was ‘convenient’


[SYMBOL]
[A]
[B]
[C]
[D]
[E]
[F]
[G]
[H]
[I]
[J]
[K]
[L]
[M]
[N]
[O]
[P]
[Q]
[R]
[S]
[T]
[U]
[V]
[W]
[X]
[Y]
[Z]
SAIL
Saint-Exupéry, Antoine de
Samba
Sandboxed languages
Santa Cruz Operation (SCO)
2nd
Santayana, George
Saxon
Scheme
scp
screen
scriptability
2nd
scripting languages
Scripting languages
scripting languages
2nd
Scripting languages
scripting languages
2nd
Scripting languages
2nd
scripting languages
Scripting languages
scripting languages
Scripting languages
2nd
3rd
scripting languages
2nd
Scripting languages
scripting languages
Scripting languages
scripting languages
2nd
3rd
Scripting languages
scripting languages
Scripting languages
2nd
scripting languages
2nd
3rd
4th
Scripting languages
2nd
scripting languages
Scripting languages
scripting languages
Scripting languages
scripting languages
2nd
3rd
Scripting languages
2nd
scripting languages
2nd
Scripting languages
scripting languages
Scripting languages
scripting languages
Scripting languages
ScrollKeeper
2nd
sdb
Security wrappers
sed
2nd
3rd
4th
5th
select
Semi-compact designs
sendmail
2nd
3rd
4th
5th
Separated engine and interface
client/server pair
configurator/actor pair
driver/engine pair
spooler/daemon pair
Separation, rule of
2nd
Server
setuid
SGML
2nd
3rd
4th
sh
2nd
3rd
shar
Shared culture
Shared memory
shell
2nd
3rd
SHELL
shell
Shell languages
portability
programs
Sorcerer GNU/Linux
xmlto
shell programming
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
11th
12th
13th
Shelling out
Signal handler
Silence, rule of
2nd
3rd
Simplicity, rule of
2nd
3rd
4th
Single Point of Truth rule
[See SPOT rule] Single Unix Specification
2nd
Sink pattern
Slave processes
scp and ssh
slrn
2nd
smbclient
2nd
3rd
SMTP
2nd
SNA (Systems Network Architecture)
SNG
sng
SNG
2nd
3rd
sng
snmpd
snmpnetstat
SOAP (Simple Object Access Protocol)
2nd
Sockets
2nd
Freeciv
PostgreSQL
Software engineering
Software-development methodologies
Solaris
2nd
Sorcerer GNU/Linux
sort
2nd
3rd
4th
5th
6th
Source Code Control System (SCCS)
Source pattern
SourceForge
2nd
Space Travel game
2nd
3rd
SPACEWAR
spambayes
Spencer, Henry
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
11th
12th
13th
14th
15th
16th
17th
18th
19th
Sponge
SPOT rule
2nd
3rd
4th
5th
ssh
2nd
3rd
4th
Stallman, Richard M.
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
11th
12th
13th
14th
15th
16th
startx
stat
Stephenson, Neal
STL (Standard Template Library)
STREAMS
2nd
Structured programming
Stylesheet
2nd
Subversion
2nd
Sun Community Source License (SCSL)
Sun Microsystems
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
11th
12th
13th
14th
15th
16th
17th
18th
19th
20th
21st
Network Window System (NeWS)
Syntactic sugar
Syntax awareness
system
System III Unix
2nd
3rd
4th
5th
6th
7th
System V IPC
2nd
System V Unix
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
11th
12th
13th
14th
15th
16th
17th
18th
19th
20th
[See also AT&T]
|


Here you can view my learning Journey towards becoming a Developer. I will be using this page to test a lot of the little things I learn, so excuse the mess in advance!


Kindly key in your location:
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Click for price, details, and to place your order. Or add another pizza on the left, because pizza.
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Case
: case
| Values: | Core: | Nom | Erg | Dat | |||
| Non-core: | Gen | Ins | Ess | Voc |
Case
is an inflectional feature of nouns, proper nouns, pronouns, adjectives, numerals and verbs that mark agreement with nouns or verbs.
Case
can also be a lexical feature of adpositions and describe the case meaning that the adposition contributes to the nominal in which it appears.
Case helps specify the role of the noun phrase in the sentence. In Georgian, with regards to noun-verb concord, nominative and dative cases mark either subject or oblique grammatical functions, while the ergative case always marks subjects. In addition to their use to mark the agent of an action, the nominative and dative cases are also used to mark the patient.
On the level of morphosyntactic features the case expressed morphologically is always represented by bound morphemes (suffixes).
Nom
: nominative case
The base form of the noun, typically used as citation form (lemma). This is the word form used for subject or object of clauses.
Examples
- ბავშვი წერს წერილს ‘A child writes a letter’ etc.
- ბავშვმა დაწერა წერილი ‘A child has written a letter’ etc.
Erg
: ergative case
The ergative case marks subject of transitive verb.
Examples
- ბავშვმა დაწერა წერილი ‘A child has written a letter’ etc.
Dat
: dative case
The dative case marks subject or object of clauses.
Examples
- ბავშვს დაუწერია წერილი ‘Probably, a child has written a letter’ etc.
Gen
: genetive case
Prototypical meaning of genitive is that the noun phrase somehow belongs to its governor. In Modern Georgian the genitive case is generally used to mark the dependent of a nominal, while in Old Georgian it was also used as a base for secondary cases (so-called ‘Suffixaufnahme’) to indicate its attributive relationship together with agreement with other nouns in number and case.
Examples
- ბავშვის წერილი ‘a letter of the child’ etc.
Ins
: instrumental case
The instrumental case reflects that the noun is used as instrument to do something.
Examples
- ბავშვი ერთობა წერით ‘A child enjoys writing’ etc.
Ess
: essive case
The forms in the essive case express a relation of place, time, manner, etc. and meet the often-given definition of adverbs as words or phrases used to modify and/or qualify nouns, adjectives and verbs. The language-specific term used in Georgian is adverbial case.
Examples
- ბავშვი ცუდად გახდა ‘The child became ill’ etc.
Voc
: vocative case
The vocative case is a special form of noun used to address someone.
Examples
- ბავშვებო, გააგრძელეთ წერა_ ‘Children, continue writing’ etc.
Case in other languages: [am] [apu] [arr] [bej] [bg] [cs] [el] [eme] [en] [ess] [et] [fi] [ga] [gn] [grc] [gub] [hu] [hy] [kmr] [koi] [kpv] [ky] [mdf] [myu] [myv] [pcm] [pt] [qpm] [ru] [sl] [sv] [tl] [tpn] [tr] [tt] [u] [uk] [urb] [urj]


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